Hung Che Hsiue

Title: **Hung Che Hsiue: Innovator in Semiconductor Fabrication Techniques**

Introduction

Hung Che Hsiue, based in Tainan, Taiwan, is a notable inventor recognized for his contributions to semiconductor technology. With one patent under his name, Hsiue has advanced the methods used in the fabrication of semiconductor products, which is crucial for modern electronic devices.

Latest Patents

Hsiue’s patent, titled "Multiple Gate Electrode Linewidth Measurement and Photoexposure Compensation Method," presents a method for fabricating semiconductor products. This innovative approach involves creating an embedded semiconductor product that encompasses three distinct regions: a logic region with a logic field effect transistor device, a memory region with a memory field effect transistor device, and a kerf region with a kerf field effect transistor device. The methodology also includes measuring the gate electrode linewidth for each type of field effect transistor device. These measurements can then be compared either amongst themselves or to specified target values to enhance photoexposure process control.

Career Highlights

Hung Che Hsiue is currently affiliated with Taiwan Semiconductor Manufacturing Company Ltd., a leading firm in the semiconductor industry. His role in such a prominent company highlights his expertise in the field and his commitment to advancing semiconductor technology.

Collaborations

Throughout his career, Hsiue has collaborated with several talented professionals, including Jia-Ren Chen and Hann Huei Tsai. These collaborations have likely contributed to the innovation and refinement of his patented methods.

Conclusion

In summary, Hung Che Hsiue is an influential inventor whose work in semiconductor fabrication methods is paving the way for improved electronic products. His patent demonstrates a significant contribution to the field, showcasing his dedication to innovation in technology. As semiconductor manufacturing continues to evolve, professionals like Hsiue play an essential role in shaping its future.